A comparative investigation of hydroxide precipitation, sulfide precipitation, carbonate
precipitation and the struvite formation process for removing manganese and ammonia …

Iron and manganese contamination in the surface water is posing great challenges to the
drinking water treatment supply, especially in the complex cases of organics involvement …

Manganese dioxide with low-cost and high theoretical capacity plays an essential role in the
development of high-performance supercapacitors. However, most of the research on the …

Abstract Removal of manganese (Mn 2+) and ammonium (NH 3-N) is an important issue in
drinking water treatment. In this study, iron-manganese co-oxide (FMO) with high catalytic …

Anthropogenic pollutants (organic nitrogen and ammonia) can change the dynamic
balances of hydrogeochemical components of groundwater, and this can affect the fates of …

Pseudomonas sp. HXF1, a strain capable of heterotrophic nitrification, aerobic denitrification
(HNAD), and biomineralization was identified and employed for the simultaneous removal of …

This work is a contribution to understand the interaction of biological and chemical auto-
catalytic oxidation processes for the removal of manganese (Mn)(0–1.8 mg/L) using the …

Solar-driven CO 2 reduction reaction (CO 2 RR) for producing chemical fuels over
semiconductors is considered to be a potential way to ameliorate the global warming and …

The presence of Fe 2+ and Mn 2+ would cause severe ultrafiltration (UF) membrane fouling
and limited its extensive application in treating the groundwater. A pilot-scale gravity-driven …

Ammonia nitrogen wastewater is the most abundant and widely distributed wastewater. In
this work, a highly dispersed heterogeneous metal catalyst Ru@ TiO 2 was successfully …